In this project a modular simulink Implementation of an Induction generator is described in step-step approach.with the modular system each block solves one of the model equations.This particularly for highly wind generated areas and Induction generator with inverter system creates a hybrid system.This hybrid system inherently adapts to the changes in rotor speed or load on the generator while ...

controller design and optimization problems, with more than one objective, are referred as multiple objectives or multiple attributed problems. in this paper, a novel method is proposed for designing optimum pid controller that is called genetic multiple attributed decision making method (gmadm). this method is newer than the previous methods and in this paper some options are considered that h...

Now a day because of the continuous increase in power demand on a power system increases the importance of the power system severity analysis for secured operation. The contingency in a power system may be because of the outage of transmission lines or the generators. Out of which, generator outage condition is the most critical one. In this paper, the power system severity is analyzed under ge...

In this paper we propose a model of a nonautonomous dynamical system whose operations show turbulent behavior. The appearance of the trajectory is similar to that of a simplified tornado. The electronic circuit implementation of this model contains simply two linear capacitors, a voltage-controlled switch (VCS), a linear inductor, two resistors, and a nonlinear negative resistor. Computer simul...

The interaction of a system with quasi-periodic autonomous dynamics and chaotic (Rossler system) is considered. behavior Lyapunov exponents studied to identify possible types dynamics: chaos additional zero exponents, three-frequency two-frequency regimes, periodic oscillations the mode oscillation death. Keywords: oscillations, dynamical chaos, Rossler system, exponents.